Male Grouse CloseupCourtesy & Copyright Nicki Frey, PhotographerAt 3:00 a.m. on a frigid winter morning Nicki Frey, an Extension Associate Professor in the Department of Wildland Resources at USU, leads a group of new biologists who are trapping west of Bryce Canyon.

Cold, deep snow is all they can see on the valley floor.

The group is looking for the greater sage-grouse whose GPS transmitters are sending Frey signals – indicating they are nearby.

Grouse Tracks in SnowCourtesy & Copyright Nicki Frey, PhotographerFor best results, researchers trap sage-grouse on moonless nights. The only light they have comes from the ATVs and headlamps.

Frey explains, “Southern Utah is the farthest southern location where greater sage-grouse live in the U.S. This valley is part of their winter habitat.”

In disbelief, one biologist responds, “It would be impossible for grouse to winter here.”

Documenting Grouse TrappingCourtesy & Copyright Nicki Frey, PhotographerThe biologist’s statement is understandable, since research shows the winter habitat for greater sage-grouse is in areas where sagebrush is above the snow, so the grouse can hide underneath and receive protection from the brush and nutrition from its seeds.

Just as Frey begins to respond – 20 grouse burst out of the snow in front of them and fly away. “It scared us out of our skin.” Frey said.

“Everyone retreat! Everyone off of the snow!” Frey calls out.

Grouse Snow Angel and CaveCourtesy & Copyright Nicki Frey, PhotographerThen she and her colleague Lisa Church, a biologist from Bureau of Land Management get down on their hands and knees and begin searching for where the grouse were hiding. They see wing marks in the snow and a hole close by. With the use of a flashlight, they look down the hole and discover the birds came from a cave under the snow-covered sagebrush.

Going against the grain, the grouse have been living under the deep snow.

Sagebrush in this area only grow 1.5 to 3 feet, and since the snow can get up to 12 feet it’s not far into winter before the sagebrush is completely covered.

Surprisingly, the grouse have been able to adapt.

Frey explains, “They make these little snow caves and eat the sagebrush leaves inside the cave until they’re gone, then they pop out and pop back into the next sage brush cave and eat the leaves in there.”

Buried sagebrush isn’t the only obstacle the southern grouse have had to adapt to.

Grouse on Edge of New TreatmentCourtesy & Copyright Nicki Frey, PhotographerFrey explains, “[In Northern Utah you have …nice rolling hills with lots of sage brush that seems to go on forever. In Southern Utah, we have little valleys of prime sage-grouse habitat, but they’re divided by rugged mountains and tree covered hills.”

This environment pushes the grouse to fly longer and further than they normally would.

They fly back and forth between the fragmented sagebrush habitats to find what they need to have a healthy population.

Having to constantly travel between these habitats takes a toll on the southern grouse.

This is an area Utah wildlife managers have helped the greater sage-grouse by removing pinyon-juniper forests which fragment their habitat.

According to Frey, “Anytime we [reconnect] habitat [in the southern region] the grouse use it immediately because they want to expand.”

The impact the Bureau of Land Management and Utah Division of Wildlife Resources projects have had on decreasing the forest barriers is astounding. “The numbers of sage-grouse have steadily increased every year.”

Frey’s research highlights this bird’s remarkable ability to adapt to southern Utah’s climate.

By using the research to assist with management planning, Utah can continue removing barriers for grouse survival and ensure their continued presence in our wildlands.

Now that the leaves have fallen from the deciduous trees, we can fully appreciate Utah’s evergreen trees. Conifers are trees that bear their seeds in cones instead of producing flowers and fruits. Utah has five kinds of conifers; all with stiff, needle-like leaves that remain green throughout the winter. Traits of their needles and cones allow you to distinguish between our different types of conifers. Cones can be found still attached or scattered on the ground.

I will start with the junipers. These conifers have scaly, slightly fleshly leaves. Juniper seeds are embedded in a cone that resembles a green berry. The cones are round and densely fleshy. Junipers are widely adaptable here, from arid foothills to rocky alpine slopes.

Our pines collectively span this same elevation range. They are the only conifers that have cylindrical needles bundled in clusters of 2 to 5. The one exception to this is Single Leaf Pinon, which as you might guess has single, round needles. The count of pine needles is often diagnostic of their species. Pinons mix with junipers at low elevations; their oily, wingless seeds are the edible pinon nut. Bristlecone pines, found in southern Utah, can live for over 1000 years.

Spruces are conifers that many recognize from their own yards. The spruce needle leaves a peg on the stem when it drops, which gives their twigs a rough, nubbly surface. Spruces grow in a classic pyramidal shape.

Another montane group is the true firs. Their flat needle attaches smoothly to the twig. True firs have uniquely upright cones that gradually disintegrate without dropping to the ground. Crushed fir needles are wonderfully fragrant, redolent of tangerines or grapefruit. Perhaps that is why true firs are a favorite Christmas tree.

Douglas fir, despite its common name, is in a different genus than the true firs. Its cones are distinctive; having long, three-pointed, papery bracts that project out from amid the cone’s scales. Douglas fir is one of the west’s most valuable timber tress. Like the spruces and firs, it is a montane species.

Conifer trees are a great resource for Utah wildlife, providing food and shelter, especially in the icy cold of winter.

Now that the leaves have fallen from the deciduous trees, we can fully appreciate Utah’s evergreen trees. Conifers are trees that bear their seeds in cones instead of producing flowers and fruits. Utah has five kinds of conifers; all with stiff, needle-like leaves that remain green throughout the winter. Traits of their needles and cones allow you to distinguish between our different types of conifers. Cones can be found still attached or scattered on the ground.

I will start with the junipers. These conifers have scaly, slightly fleshly leaves. Juniper seeds are embedded in a cone that resembles a green berry. The cones are round and densely fleshy. Junipers are widely adaptable here, from arid foothills to rocky alpine slopes.

Our pines collectively span this same elevation range. They are the only conifers that have cylindrical needles bundled in clusters of 2 to 5. The one exception to this is Single Leaf Pinon, which as you might guess has single, round needles. The count of pine needles is often diagnostic of their species. Pinons mix with junipers at low elevations; their oily, wingless seeds are the edible pinon nut. Bristlecone pines, found in southern Utah, can live for over 1000 years.

Spruces are conifers that many recognize from their own yards. The spruce needle leaves a peg on the stem when it drops, which gives their twigs a rough, nubbly surface. Spruces grow in a classic pyramidal shape.

Another montane group is the true firs. Their flat needle attaches smoothly to the twig. True firs have uniquely upright cones that gradually disintegrate without dropping to the ground. Crushed fir needles are wonderfully fragrant, redolent of tangerines or grapefruit. Perhaps that is why true firs are a favorite Christmas tree.

Douglas fir, despite its common name, is in a different genus than the true firs. Its cones are distinctive; having long, three-pointed, papery bracts that project out from amid the cone’s scales. Douglas fir is one of the west’s most valuable timber tress. Like the spruces and firs, it is a montane species.

Conifer trees are a great resource for Utah wildlife, providing food and shelter, especially in the icy cold of winter.